High Speed Machining

[ << first | < prev | next > | last >> ]

High Speed Pocketing
OneCNC provides High Speed multiple island pocketing with the ability to define draft angles for the pocket and island walls.

Open sided pockets allow the user to identify the open boundary allowing the cutter to automatically remove the boundary material. Users are able to select from the traditional style closed tool path or the new HS highly efficient maximum tool engagement type tool paths.

HS style tool paths ensure that there are never any full width cuts to guarantee constant climb cutting tool loads. Tool wear is spread more evenly along the cutting edge moving the force further up the tool reducing deflection and minimizing load. HS tool paths automatically adjust the tool engagement for efficient and safe machining. This improves cutting conditions allowing higher machining speeds to be maintained.

User settings include high feed for all directional movements to improve non cutting movement speed. The overall result is savings of up to 40% in actual cutting time.

This amazing functionality is available in all OneCNCXR3 Milling packages.

High Speed 3D machining.
OneCNC HS Z level roughing is roughing technology at its best. This highly efficient method of metal removal has users talking about the efficiency right around the globe.

The tool paths using the HS settings allow the tool to rough the part at a maximum tool cut depth roughing from the top down. Then using step reduction technology the large step roughing levels are reduced by machining using the same tool from the bottom to the top of the cut level.

The principle of this highly efficient method is to allow large efficient roughing depths utilizing as much of the flute length of the tool as possible then using the step reduction technology machining ability to reduce these steps back to the top leaving minimal material for finishing.

This tool path ensures that there are no full engagement cuts therefore guaranteeing a constant tool load. This helps to reduce deflection and vibration potential of the machining. HS rough provides very efficient machining allowing higher machining speeds resulting in savings of up to 50% machining time.

[ << first | < prev | next > | last >> ]